CN104950834B - The production schedule prepares support method and the production schedule prepares holding equipment - Google Patents
The production schedule prepares support method and the production schedule prepares holding equipment Download PDFInfo
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Abstract
A kind of production schedule preparation support method is provided and a kind of production schedule prepares holding equipment.The production schedule prepares support method：Display includes the Gantt chart of multiple tasks object in first window region and the second window area；And when detecting selection task object on the Gantt chart shown in first window region and the task object being placed on the operation on the Gantt chart shown in the second window area, at the position for placing the task object on the Gantt chart shown in the second window area, it is shown in the result of mobile task object on the Gantt chart shown in first window region and the second window area.
Description
Technical field
Embodiment discussed herein be related to the production schedule prepare support program, the production schedule prepare support method with
And the production schedule prepares holding equipment.
Background technology
It typically, there are for being directed to by showing Gantt chart and editing each task object on the Gantt chart to manage
The software of the production schedule of product etc..In such software, for example, the master image being displayed in single window is drawn
Point, to the mechanical facility distribution for showing the production process of ordered product in the form of Gantt chart and including to factory
Process table.Each production stage is assigned to come the production process of drag and drop product for mechanical facility on Gantt chart
The mechanical facility.
Patent document 1：Japanese Laid-Open Patent Publication No.2008-299762
Above-mentioned technology may make to complicate the editor of the production schedule.For example, in the case of mass production, there are this
The case where sample：Using single window, display area is insufficient to for task, becomes complicated to the editor of the production schedule.Separately
Outside, in the above-described techniques, production technology is assigned to mechanical facility with reference to the production technology of product.However, for example, when more
When editing the production process between a mechanical facility, the range of mobile display to edit production technology between mechanical facility, by
This becomes complicated to the editor of the production schedule.
Therefore, the purpose of the one side of embodiments of the present invention, which is to provide, easily to compile the production schedule
The production schedule collected prepares support program, the production schedule prepares support method and the production schedule prepares holding equipment.
Invention content
According to the one side of embodiment, a kind of production schedule prepares support method and includes：In first window region and
Display includes the Gantt chart of multiple tasks object in second window area；And it is shown in first window region when detect
Task object is selected on Gantt chart and the task object is placed on the operation on the Gantt chart shown in the second window area
When, the result by mobile task object on the Gantt chart shown in first window region and the second window area includes second
At the position for placing task object on the Gantt chart shown in window area.
Description of the drawings
Fig. 1 is the exemplary figure for the illustrative arrangement for showing whole system；
Fig. 2 is to show that the production schedule prepares the exemplary figure of the functional configuration of holding equipment；
Fig. 3 is the exemplary figure for the data configuration for showing mission bit stream；
Fig. 4 is the exemplary figure for the data configuration for showing production facility information；
Fig. 5 is the exemplary figure for the data configuration for showing switching mission bit stream；
Fig. 6 A are the exemplary figures for the production schedule image for being shown in which the display production schedule；
Fig. 6 B are the exemplary figures for the production schedule image for being shown in which the display production schedule；
Fig. 6 C are the exemplary figures for the production schedule image for being shown in which the display production schedule；
Fig. 7 is the schematic diagram of the image-region of production schedule image；
Fig. 8 is the figure for the pattern for showing shown part；
Fig. 9 A are the exemplary figures for the arrangement for showing window area；
Fig. 9 B are the exemplary figures for the arrangement for showing window area；
Fig. 9 C are the exemplary figures for the arrangement for showing window area；
Figure 10 A are the exemplary figures for the production schedule image for being shown in which the display production schedule；
Figure 10 B are the exemplary figures for the production schedule image for being shown in which the display production schedule；
Figure 10 C are the exemplary figures for the production schedule image for being shown in which the display production schedule；
Figure 11 is to show that mobile destination distinctly displays the exemplary flow chart of the process of processing；
Figure 12 is the exemplary flow chart for the process for showing task time section display processing；
Figure 13 is the exemplary flow chart for the process for showing mobile processing；And
Figure 14 is to show that execution of production plan prepares the figure of the computer of support program.
Specific implementation mode
The preferred embodiment of the present invention is illustrated with reference to the accompanying drawings.These embodiments do not limit the present invention
It is fixed.In the case where not making the details of each processing conflicting, can these embodiments be subjected to combination appropriate.
[a] first embodiment
System configuration
It is described below to system 10 according to first embodiment.Fig. 1 is the illustrative arrangement for showing whole system
Exemplary figure.As shown in Figure 1, system 10 is the system for the preparation for supporting the production schedule for product etc..System 10 includes
The production schedule prepares holding equipment 11 and terminal device 12.The production schedule, which prepares holding equipment 11 and terminal device 12, to be exchanged
Various information.For example, the production schedule prepares holding equipment 11 and terminal device 12 is connected to each other via network 13, can carry out
It communicates and exchanges various information.The communication network of either wired or wireless desired type may be used as network 13
Form, such as using mobile phone mobile communication, internet, LAN (LAN) and Virtual Private Network (VPN).
Terminal device 12 is by preparing and managing the administrator of the production schedule for inputting and referring to the production schedule
Computer.For example, terminal device 12 is desktop PC (PC) or notebook PC.Administrator's using terminal equipment 12 to
The production schedule prepares the transmission of holding equipment 11 and the relevant various operational orders of the production schedule, and prepares branch using the production schedule
Holding equipment 11 forms the production schedule.Although Fig. 1 shows the example in the case of using a terminal device 12, structure
It is without being limited thereto, and desired number terminal device 12 can be used.
It is the equipment executed with the relevant various processing of the production schedule that the production schedule, which prepares holding equipment 11,.For example, production
It is computer such as server computer that plan, which prepares holding equipment 11,.The production schedule, which prepares holding equipment 11, can be installed to be meter
Calculation machine, or it is installed to be the cloud that multiple computers are formed.For example, production schedule preparation holding equipment 11 can be installed to be and hold
The application server of row and the relevant various processing of the production schedule, and be wherein stored with and the relevant various information of the production schedule
Database server.As another example, production schedule preparation holding equipment 11 can be installed to be directly is grasped by administrator
The autonomous device of work.This embodiment illustrates the production schedules to prepare the example that holding equipment 11 is computer.In the production schedule
Prepare in holding equipment 11, support that the software of the preparation of the production schedule is operated, in response to receiving from terminal device 12
It asks and executes processing.The production schedule prepares the image that holding equipment 11 generates the information such as implementing result of processing of handling result
Information, and transmit this information to the terminal device 12 as request source.
The production schedule prepares the configuration of holding equipment
11 configuration that the production schedule according to the present embodiment prepares holding equipment is then described.Fig. 2 is to show life
Production plan prepares the exemplary figure of the functional configuration of holding equipment.As shown in Fig. 2, production schedule preparation holding equipment 11 includes
Communication interface (I/F) unit 20, storage unit 21 and controller 22.Other than functional element shown in Figure 2, production
It can also include various known functional elements that plan, which prepares holding equipment 11,.For example, the production schedule prepares holding equipment 11
May include the input unit for inputting various information and the display unit for showing various information.
Communication I/F units 20 are the interfaces that the communication pair with other devices is controlled.I/F units 20 are communicated via network
13 send to other devices and receive various information from other devices.For example, communication I/F units 20 are received from terminal device 12
With the relevant various operational orders of the production schedule.In addition, communication I/F units 20 send out terminal device 12 in response to operational order
Send the image information of the implementing result of processing.Network interface card such as LAN card may be used as communication I/F units 20.
Storage unit 21 is wherein to be stored with the storage device of various data.For example, storage unit 21 is such as hard disk, solid-state
Drive the storage device of (SSD) and CD.Storage unit 21 can be such as random access memory (RAM), flash memory
And the data rewritable semiconductor memory of Nonvolatile static random access memory (NVSRAM).
The various computer programs for being stored with operating system (OS) in storage unit 21 and being executed by controller 22.Example
Such as, the various computer programs for preparing support program including the production schedule are stored in storage unit 21, which prepares
Support program, which executes, later distinctly displays the mobile destination of description at processing, task time section display processing and movement
Reason.The various data of the program for being executed by controller 22 are also stored in storage unit 21.For example, being deposited in storage unit 21
Contain mission bit stream 30, production facility information 31 and switching mission bit stream 32.
Mission bit stream 30 is the number obtained by the relevant information of the various tasks that store with execute in the production schedule
According to.For example, mission bit stream 30 includes the information such as commodity item of production, executes the facility of the task and for pending every
The task time section of a task.
Fig. 3 is the exemplary figure for the data configuration for showing mission bit stream.As shown in figure 3, mission bit stream 30 includes following item
Mesh：" mission number ", " commodity item ", " quantity ", " facility distributed ", " Start Date and time " and " Close Date
And the time ".Project task number is the region for wherein storing the identification information for identifying task.It is provided with only to each task
One mission number is as the identification information for identifying the task.It is stored in project task number and distributes to appointing for the task
Business number.This project of commodity item is the region for the information for being wherein stored with the commodity item for indicating to be produced by the task.Quotient
Information of the storage just like the commodity item code for indicating the commodity item in this project of product project.The number of entry is wherein to store
There is the region of the quantity of the commodity item produced by the task.This project of the facility distributed is wherein to be stored with instruction wherein
Execute the region of the information of the facility of the task.In the present embodiment, with the relevant letter of production line for producing the product
Breath is used as indicating the information of the facility.Start Date and time are the areas for being wherein stored with the date and time that task starts
Domain.End date and time is wherein to be stored with the region for the date and time that task terminates.Mission bit stream 30 may include it
His setting item.For example, mission bit stream 30 may include the project such as deadline of production, the date that can start production, use
The project of task that terminate before the task in setting and the item for setting starting after the task for task
Mesh.
Example instruction mission number " 1234567 " shown in Fig. 3 is that number is wherein produced in the facility " line 1 " distributed
Amount is the task of the commodity item " A " of " 100 ".The example also indicates mission number " 1234567 " and starts from date and time
“2013/9/20:00 ", and end at date and time " 2013/9/30:00”.The example also indicates mission number
" 1234568 " are that production quantity is the task of the commodity item " A " of " 100 " wherein in the facility " line 2 " distributed.The example
It also indicates mission number " 1234568 " and starts from date and time " 2013/9/30:00 ", and end at date and time
“2013/9/40:00”.It is that number is wherein produced in the facility " line 1 " distributed that the example, which also indicates mission number " 1234569 ",
Amount is the task of the commodity item " B " of " 200 ".The example also indicates mission number " 1234569 " and starts from date and time
“2013/9/412:00 ", and end at date and time " 2013/9/512:00”.
Referring again to Fig. 2, production facility information 31 is relevant by the facility for storing with capable of producing the commodity item
Information and the data obtained.For example, production facility information 31 includes and can produce the facility and the facility of the commodity item
The relevant information of production capacity.
Fig. 4 is the exemplary figure for the data configuration for showing production facility information.As shown in figure 4, production facility information 31
Including following project：" commodity item ", " facility that can be produced " and " production capacity ".This project of commodity item is wherein
It is stored with the region of the identification information such as commodity item code of instruction commodity item of commodity item.The facility that can be produced this
Project is the region for the information for being wherein stored with the facility that instruction can produce the commodity item.In the present embodiment, with life
The relevant information of production line for producing the product is used as indicating the information of the facility.This project of production capacity is wherein to store
There is the region of the information of production capacity of the instruction in the case where the commodity item is produced in the facility.In present embodiment
In, the number for the product that can be produced per unit time is used as the information of instruction production capacity.Indicate the letter of production capacity
Breath can be the time for producing the product.
Example in Fig. 4 indicate in facility " line 1 " per unit time can production quantity be 25 commodity item " A ".
The example also indicate in facility " line 2 " per unit time can production quantity be 20 commodity item " A ".The example also indicates
In facility " line 1 " per unit time can production quantity be 100 commodity item " B ".
As shown in figure 4, different production lines can have different production capacity for identical commodity item.Example
Such as, for the facility " line 1 " and facility " line 2 " in Fig. 4, in per unit time, facility " line 1 " can give birth to than facility " line 2 "
Produce greater number of commodity item " A ".In addition, production line can produce the product of multiple types.For example, facility " line 1 " can
Produce commodity item " A " and commodity item " B ".
For example, when producing different types of product in individual facilities, setting change can be carried out.It is even more to make that setting, which becomes,
Facility switches product and the setting task that carries out.For example, in facility, there is the second task of progress after first task carries out
The case where.In this case, there are following situations：Execution task will be will be used to produce the folder of the target product of first task
The fixture that tool is changed to the target product for producing the second task is changed as setting.Setting change, which is included in, to be begun a task with
Preparation and drawing and the test processes of cleaning, material, machinery, fixture and tool before.
Referring again to Fig. 2, switching mission bit stream 32 is the data obtained by changing relevant information with setting by storing.
For example, switching mission bit stream 32 is included in the commodity item for needing to set change when switching commodity item to be produced, Yi Jiyu
Relevant information is changed in necessary setting.
Fig. 5 is the exemplary figure for the data configuration for showing switching mission bit stream.As shown in figure 5, switching mission bit stream 32
Including following project：" facility distributed ", " first commodity item ", " in rear commodity item ", " switching type ", " toggle bit
Set " and " switching time ".This project of the facility distributed is wherein to be stored with the letter for the production line that instruction produces the product
The region of breath.This project of first commodity item is setting when being wherein stored with the commodity item for switching production in production line
Change the item of merchandise destination region produced before.In rear commodity item, this project is wherein to be stored in production line to switch life
The item of merchandise destination region to be produced after setting change when the commodity item of production.Switching type project is wherein to be stored with to set
Surely the region of the type changed.The task that the type instruction of setting change is for example executed as setting change, such as various preparations
Property task as cleaning and fixture change.Switching position project is the opportunity for being wherein stored with instruction for carrying out setting change task
Information region.In the present embodiment, first task knot can be configured to for carrying out the opportunity of setting change task
Beam directly carries out the case where setting change task later, and the feelings of setting change task are directly carried out before rear task starts
Condition.In the case where directly carrying out setting change task after first task terminates, it is provided in switching position project " formerly
After task " setting.In the case where directly carrying out setting change task before rear task starts, in switching position project
In be provided with " before rear task " setting.Switching time project is when being wherein stored with the task for setting change task
Between region.
Example in Fig. 5 is indicated when the commodity item of production is switched to " B " from " A " in facility " line 1 ", for quotient
After terminating clean up task directly occurs for the task of product project " A ", and task time is 30 minutes.The example, which also indicates, to be worked as
When the commodity item produced in facility " line 1 " is switched to " A " from " B ", terminate later directly hair for the task of commodity item " B "
Raw clean up task, and task time is 60 minutes.
Referring again to Fig. 2, controller 22 is the device for controlling the production schedule and preparing holding equipment 11.As controller 22,
Electronic circuit such as central processing unit (CPU) and microprocessing unit (MPU) or for example special integrated electricity of integrated circuit may be used
Road (ASIC) and field programmable gate array (FPGA).Controller 22 includes internal storage, is deposited in the internal storage
The program for providing various processing procedures and control data is contained, to carry out various processing with these programs.Controller 22 passes through
Various computer programs are operated as various processors.Controller 22 shows various images on terminal device 12.Controller
22 also receive it is being sent from terminal device 12 and with detect various operations after the relevant various operational orders of the production schedule.Control
Device 22 processed is additionally in response to detected operation, controlled with update be shown on terminal device 12 and with production schedule phase
The various images closed.For example, as with the relevant processor of present embodiment, controller 22 include the first display controller 40,
Detector 41 and the second display controller 42.
First display controller 40 carries out display control to various images.For example, the first display controller 40 is shown
Control is to show the production schedule image which show the production schedule.When detecting display new window in production schedule image
Any operation when, the first display controller 40 carry out display control to show new window region.
It will be illustrated with specific example.Fig. 6 A to Fig. 6 C are the production schedule figures for being shown in which the display production schedule
The exemplary figure of picture.
Production schedule image 60 shown in Fig. 6 A is provided with the display area 61 for showing Gantt chart, in the Gantt chart,
For the task object of the task of each plan of each production-line arrangement instruction.Display area 61 is used as window area, and
And it each can be detached with production schedule image 60.Production schedule image 60 is also provided on the top of image various for carrying out
The order button of operation.In the example shown in Fig. 6 A to Fig. 6 C, illustrated only in the top of image and present embodiment
Relevant order button is provided with more charts buttons 62.More charts buttons 62 are to be opened by ordering by showing based on production
Draw the button of another window area of image 60.
Administrator can show the different piece of the production schedule by selecting more charts button 62 on multiple windows.
When more charts buttons 62 of production schedule image 60 are selected, the first display controller 40 shows new window.Figure
6B shows the state of display new window.The window area of display can be coupled with production schedule image 60.Fig. 6 C show by
New window is coupled with production schedule image 60 to be displayed side by side the state of two window areas.
The effect obtained by enabling production schedule image 60 to be shown in multiple windows is described below.First, will
The case where description display is divided into the production schedule image 60 of multiple regions, for comparing.
When display area includes and shows with big production-scale entire production schedule image 60, production
Plan image 60 is displayed in reduction and small size, making it difficult to check the production schedule.Thus, for example, can adopt
The way taken is that a part for production schedule image is set as display area, to change display area by rolling.
Fig. 7 is the schematic diagram of the image-region of production schedule image.In the example being shown in FIG. 7, production schedule image
60 image-region has the following structure, and in this configuration, part A to part E is disposed in the vertical direction for being used as axis,
Each facility is arranged along the axis, and part 1 to part 5 is disposed in the horizontal direction for being used as time shaft.It is retouched following
In stating, the position in image-region is indicated by the combination of vertical direction A to E and horizontal direction 1 to 5.The portion of image-region
Divide the display area for being set to production schedule image.The example instruction of Fig. 7 is using vertical direction A and B and horizontal direction 1
With the rectangular display area with 2 × 2 sizes in the case of 2.
Assuming that production schedule image 60 can be shown with the display area for being divided into multiple regions.For example, it is assumed that energy
Enough four divided regions show production schedule image 60, this four divided regions are by the way that display area exists
It is divided into two in vertical direction and is divided into two in the horizontal direction and obtains.In this case, the production schedule
The pattern of the shown part of image 60 is 25 patterns.Fig. 8 is the figure for the pattern for showing shown part.For example,
The case where upper left pattern instruction in Fig. 8 shows vertical direction A and C and horizontal direction 1 and 3, wherein " A1 ", " A3 ", " C1 "
And four parts " C3 " are displayed in the region of four divisions.
In the case where display area is divided into multiple regions to show divided region respectively, production schedule image
60 divide region with what shown part was individually adjusted for it.For example, in the upper left pattern in Fig. 8
Part " C3 ", part " C3 " upright position by " C " identical with " C1 " determine, and part " C3 " horizontal position by with
" A3 " identical " 3 " determine.Specifically, being directed to upright position and " A3 " of the shown part of part " C3 " by " C1 "
Horizontal position determines, and cannot individually adjust.Thus, for example, when administrator selects upright position " A " and " C " and horizontal position
Set and " 3 " are come when checking part " A1 ", " A3 " and " C1 ", part " C3 " is also shown together.
As described above, when production schedule image 60 is divided into multiple regions, there are following situations：Production schedule image
60 include not being directed to it to individually adjust the divided region of shown part.When production scale is big, production schedule image
60 with the big image-region of size.Therefore, when production schedule image 60 includes any the divided region not being adjusted,
The display area is not used effectively, because at least one of divided region is used as useless display.
In contrast, production schedule image 60 shown in Fig. 6 B and Fig. 6 C can be shown with multiple windows, and each window
The display area in mouth region domain can individually change.Using this structure, for example, even if when being arranged in production schedule image 60
When four window areas, the display area of each window area of this four window areas can also be changed.This structure
Display area can be made to be used effectively, and the production schedule is made effectively to be checked.
Production schedule image 60 can be shown as follows by arranging multiple window areas.Fig. 9 A to Fig. 9 C are to show window
The exemplary figure of the arrangement in mouth region domain.In the example of Fig. 9 A, longer three window areas are arranged in vertical direction
" A1 " and " B1 ", " A3 " and " B3 ", " A5 " and " B5 " in Fig. 7 is shown in respective window area.As shown in Figure 9 A, when
Three when longer window area is disposed in production schedule image 60 in vertical direction, production schedule image 60 makes it possible to
Enough production schedules easily compared between different time sections.In the example of Fig. 9 B, three longer windows in the horizontal direction
Mouth region domain is arranged to " A1 ", " A2 " and " A3 ", " C1 ", " C2 " and " C3 ", " E1 ", " E2 " and " E3 " in Fig. 7 being shown in
In respective window area.As shown in Figure 9 B, when three in the horizontal direction longer window area be disposed in the production schedule
When in image 60, production schedule image 60 makes it possible to the production schedule between easily more different production lines.In Fig. 9 C
Example in, four window areas with two row and two rows to arrange, to show " A1 " in Fig. 7, " A2 ", " B2 " and " B3 ".Such as
Shown in Fig. 9 C, when four window areas are disposed in production schedule image 60, production schedule image 60 makes it possible to be easy
Ground considers the production schedule with reference to the production schedule of another production line in different time sections.For example, for the life of commodity item X
Production plan is displayed in " B2 " and " B3 ", and is produced for the component for being used as commodity item X and before commodity item X
The production schedule of commodity item Y be displayed in " A1 " and " A2 ".The display enables an administrator to checking for item of merchandise
The production schedule for commodity item X is considered while the production schedule of mesh Y.
Production schedule image 60 makes it possible to each task object to being shown in each window area into edlin.Example
Such as, production schedule image 60 make it possible to by between window area drag and drop task objects move task object.For example, pipe
Reason person's mobile task object between the window area of production schedule image 60 by drag-and-drop operation.
Detector 41 carries out various detections.For example, the detection of detector 41 and the relevant various operational orders of the production schedule.Example
Such as, operation of the detection of detector 41 for showing the new window for production schedule image 60.In addition, working as any task object quilt
When being dragged in any window area of production schedule image 60, detector 41 detects on the Gantt chart to being shown in window area
Task object selection.Detector 41 also detects the position of dragged task object.In addition, working as dragged task object
When being placed on any window area of production schedule image 60, task object in 41 detection window region of detector is put
Seated position.
Second display controller 42 is controlled according to the operation detected by detector 41 and is shown in terminal to update and sets
On standby 12 and with the relevant various images of the production schedule.For example, when detector 41 detect it is sweet to what is shown in window area
When the selection of any task object on special figure, the second display controller 42 diacritically shows that selected task object can
The mobile destination being moved to.For example, the second display controller 42 is with reference to production facility information 31, together with wherein registering institute
This project of the commodity item of the commodity item of the task object of selection reads facility this project that can be produced together, and
The facility of the specified commodity item that can produce selected task object.Then, the second display controller 42 is in the production schedule
Diacritically display can produce the facility of the commodity item of selected task object in image 60.For example, the second display control
Device 42 processed will can produce the ash of the facility other than the facility of the commodity item of selected task object in production schedule image 60
It is aobvious, diacritically to show the facility that can produce commodity item.
In addition, during dragging, in the case where dragged task object is placed on and pulls at position, the second display
Controller 42 diacritically shows the task time section of task object.First, the second display controller 42 specifies selected
Be engaged in object commodity item whether the furnished equipments for the position that can be dragged to by selected task object.For example, the
For two display controllers 42 with reference to production facility information 31, whether the commodity item based on selected task object is registered in needle
Selected is specified in this project of the commodity item for the facility at position being dragged to selected task object
Whether the commodity item of business object can be produced.When the commodity item can be by the furnished equipments, in selected task
In the case of the furnished equipments for the position that the commodity item of object is dragged to by selected task object, the second display control
Device 42 processed specifies production capacity with reference to production facility information 31.Then, the second display controller 42 is based on specified production energy
Power determines the period of the commodity item for producing a certain number of dragged task objects.For example, the second display control
Device 42 processed determines the quilt for producing the quantity to be set as the position of dragged task object to start date and time
The end date and time of the period of the commodity item of the task object of dragging.Then, the second display controller 42 can be distinguished
Ground shows the region with length corresponding with the identified period.For example, the second display controller 42 is diacritically shown
Region with length corresponding with the identified period.
It is the description with reference to particular example below.Figure 10 A to Figure 10 C are the production meters for being shown in which the display production schedule
Draw the exemplary figure of image.In the production schedule image 60 shown in Figure 10 A to Figure 10 C, it is displayed side by side in vertical direction
Longer three window area 70A to 70C.It is shown in window area 70A and is directed to 1 (lines of facility Line in September, 2013
1) to the production schedule of Line 3 (line 3).It is shown from September in 2013 16 days to 2013 with magnifying state in window area 70B
The production schedule of on September 18, for facility Line 1 (line 1) to Line 3 (line 3).With magnifying state in window area 70C
It shows from 23 days to 2013 Septembers of September in 2013 and is directed within 25th facility Line 1 (line 1) to the production schedule of Line 3 (line 3).
Administrator identifies that the region 71 of facility line 1 has free time section with reference to window area 70A, and assumes window
Task object 72 in the facility line 2 of mouth region domain 70B is moved to the feelings in the region 73 in window area 70C corresponding with region 71
Condition.In example in Figure 10 A, setting task 75 is present between task object 72 and previous tasks object 74, and sets and appoint
Business 77 is present between task object 72 and subsequent task object 76.
Administrator pulls and the task object 72 in the 70B of selection window region, and task object 72 is moved to region 73.
Second display controller 42, which is diacritically shown, can produce the commodity item to be produced in selected task object 72
Facility.Figure 10 B show the 72 selected state of task object of window area 70B.Assuming that task object 72 can be by facility
Line 1 and line 2 produce.In window area 70A, the facility line 3 for the commodity item to be produced in task object 72 cannot be produced
With gray display.In this way, administrator can identify the facility that selected task object 72 can be moved to.It is dragging
During dragging, in the case of in the position that task object 72 is placed on that task object is dragged to, the second display controller 42
Also diacritically with the region of the task time of gray display task object 72 section.Figure 10 B show that task object 72 is being dragged
The state in region 73 is moved to when dragging.In region 73, appointing in the case where task object 72 is placed in region 73
The period be engaged in by grey aobvious to be diacritically shown.It does not work when setting wherein facility for each facility and without life
When the non-working time section of production, the second display controller 42 can diacritically show appointing other than non-working time section with grey
It is engaged in the period.For example, when set wherein factory be stopped as evening non-working time section when, the second display controller 42
The task time section for eliminating non-working time section can be determined, diacritically to show task time section.
When detector 41 detects the operation being placed on task object in window area, the second display controller 42 will
Selected task object is moved to the position of placement.For example, the task object placed commodity item by being placed
In the case of furnished equipments at position, the second display controller 42 specifies production capacity with reference to production facility information 31.It connects
It, the second display controller 42 determines the quotient for producing the task object of the quantity placed with specified production capacity
The period of product project.For example, the second display controller 42 is used as Start Date and time to determine with the position placed
The end date and time of the period of the commodity item of the task object placed for producing the quantity.Hereafter, second
Display controller 42 places task object with corresponding with identified period length.In addition, the second display controller 42
The relevant mission bit stream of the task object that updates Yu placed according to the position placed 30.
In addition, the second display controller 42 is determined with reference to switching mission bit stream 32 in the task object placed and first predecessor
Whether it is being used as mobile destination between business object and between the task object and subsequent task object placed
Any setting change is registered in facility.When registering any setting change, the second display controller 42 with switching time
Corresponding length places the object of registered setting change.In this operation, when switching position is " after first task "
When, the second display controller 42 directly places setting change task object after previous tasks terminate.In contrast, work as switching
When position is " before rear task ", the second display controller 42 is directly placed setting change before subsequent task starts and is appointed
Business object.
Second display controller 42 determines in the facility for being used as moving source referring also to switching mission bit stream 32 in movement
Whether any setting change is registered between task object and subsequent task object before to the task object of another facility.
When registering any setting change, the second display controller 42 places setting of being registered with length corresponding with switching time
Surely the object changed.In this operation, when switching position is " after first task ", the second display controller 42 is formerly former
Setting change task object is directly placed in business after terminating.In contrast, when switching position is " before rear task ", second
Display controller 42 directly places setting change task object before subsequent task starts.
Figure 10 C show that the task object 72 of window area 70B is moved to the state in the region 73 of window area 70C.
In window area 70B, since task object 72 is moved, so setting task 75 and setting task 77 are cancelled.It is false
The task that need not set is located between task object 74 and task object 76.In window area 70C, due to task object 72
Through being moved in window area 70C, so setting task 81 is added between task object 72 and previous tasks object 80,
And it sets task 83 to be added between task object 72 and subsequent task object 82.
Using this structure, when administrator moves task object, since administrator can examine with individual monitor
It is operated while the state of facility before looking into movement and after mobile, so administrator can be easily to the production schedule
Into edlin.
The flow of processing
The flow for preparing the various processing that holding equipment 11 carries out by the production schedule according to the present embodiment is described below.
First, description is used for by what production schedule preparation holding equipment 11 according to the present embodiment carried out selected by diacritically display
The mobile destination of mobile destination that can be moved to of task object distinctly display the flow of processing.Figure 11 is to show to move
Dynamic destination distinctly displays the exemplary flow chart of the process of processing.Mobile destination distinctly display processing predetermined opportunity for example
The selected opportunity of the task object on Gantt chart shown in window area carries out.
As shown in figure 11, the second display controller 42 is selected together with wherein registering with reference to production facility information 31
This project of the commodity item of the commodity item of task object reads the facilities item that can be produced together, and specifies and can give birth to
Produce the facility (step S10) of the commodity item of selected task object.Second display controller 42 is by production schedule image 60
In can produce selected task object commodity item facility other than facility ash it is aobvious, can be given birth to diacritically showing
The facility (step S11) of commodity item is produced, and is ended processing.
Then, description is accurate by the production schedule according to the present embodiment in the case where selected task object is placed
The stream of the task time section display processing for the task time for diacritically showing the task object section that standby holding equipment 11 carries out
Journey.Figure 12 is the exemplary flow chart for the process for showing task time section display processing.Task time, section display processing was pre-
The opportunity that timing machine for example has been shifted in dragged selected task object on another facility is suitably carried out.
As shown in figure 12, whether the second display controller 42 specifies the commodity item of selected task object can be by institute
Furnished equipments (step S20) at the position that the task object of selection is dragged to.For example, the second display controller 42 is with reference to life
Facilities information 31 is produced, whether is registered in for selected task object with the commodity item based on selected task object
Determine whether the commodity item can be produced in this project of the commodity item for the facility at position being dragged to.If
The commodity item cannot be by the furnished equipments (being no in step S20), then processing terminates.
In contrast, if the commodity item can be by the furnished equipments (being yes in step S20), the second display control
Device 42 processed specifies the commodity item in selected task object by selected task object with reference to production facility information 31
Production capacity (step S21) in the case of the furnished equipments at position being dragged to.Second display controller 42 is based on referring to
Fixed production capacity come determine the dragged task object for producing the quantity commodity item task time section (step
S22).Second display controller 42 diacritically shows the region (step with length corresponding with section of identified task time
Rapid S23), and end processing.
Then, description is used for by what production schedule preparation holding equipment 11 according to the present embodiment carried out selected by movement
Task object mobile processing flow.Figure 13 is the exemplary flow chart for the process for showing mobile processing.Mobile processing
It is carried out on the opportunity that predetermined opportunity is for example placed in selected task object.
As shown in figure 13, whether the second display controller 42 specifies the commodity item of placed task object can be by institute
Furnished equipments (step S30) at the position of placement.For example, the second display controller 42 is with reference to production facility information 31, with base
In the commodity item for the task object placed whether be registered in the facility at the position placed commodity item this
Determine whether the commodity item can be produced in one project.If the commodity item cannot be by the furnished equipments (in step
It is no in S30), then processing terminates.
In contrast, if commodity item can be produced (being yes in step s 30) by the facility, the second display control
Device 42 processed specifies the commodity item in the task object placed by the position placed with reference to production facility information 31
Production capacity (step S31) in the case of furnished equipments.Second display controller 42 is determined based on specified production capacity
The task time section (step S32) of the commodity item of the task object placed for producing the quantity.Second display control
Device 42 places task object with length corresponding with section of identified task time, and is controlled and be somebody's turn to do with being deleted from moving source
Task object and the mobile task object (step S33).Second display controller 42 is updated also according to the position placed
With the relevant mission bit stream 30 (step S34) of task object placed.
Second display controller 42 is with reference to switching mission bit stream 32, to determine in the task object and previous tasks placed
Between object and between the task object and subsequent task object placed in the facility for being used as mobile destination
Whether any setting change (step S35) is registered.If being not enrolled for setting change (being no in step s 35), handle
Proceed to the step S37 later by description.If registering any setting change (being yes in step s 35), the second display
The object for the setting change registered is placed on by controller 42 with length corresponding with switching time is used as mobile destination
Facility in (step S36).
Second display controller 42 is determined referring also to switching mission bit stream 32 in the task object for being moved to another facility
Between task object and subsequent task object before, any setting whether is registered in the facility for being used as moving source and is become
More (step S37).If being not enrolled for setting change (being no in step S37), processing terminates.In contrast, if stepped on
Any setting change (being yes in step S37) is remembered, then the second display controller 42 is come with length corresponding with switching time
The object for the setting change registered is placed in the facility for being used as moving source (step S38), and is ended processing.
Effect
As described above, the production schedule according to the present embodiment prepares holding equipment 11 in first window region and the second window
Display includes the Gantt chart of multiple tasks object in the domain of mouth region.The production schedule prepares the detection of holding equipment 11 to first window region
Task object on the Gantt chart of middle display carries out the task object on selection and the Gantt chart to being shown in the second window area
The operation placed.When the production schedule, which prepares holding equipment 11, detects aforesaid operations, the production schedule prepares holding equipment
Placed on 11 Gantt charts shown in the second window area at the position of task object display by first window region and
The result for moving task object on the Gantt chart shown in second window area and obtaining.In this way, the production schedule prepares
Holding equipment 11 makes it possible to easily to the production schedule into edlin.
In addition, when setting the limitation to mobile destination for selected task object, according to the present embodiment
The production schedule prepare holding equipment 11 diacritically show task object energy in first window region and the second window area
The mobile destination being enough moved to.In this way, the production schedule prepare holding equipment 11 enable an administrator to identification can
The mobile destination that selected task object is moved to.
[b] second embodiment
Although the foregoing describe with disclosed device-dependent embodiment, in addition to embodiment party described above
Other than formula, disclosed technology can be carried out in the form of a variety of different.
Additionally, it should be noted that the component of the equipment each shown is functional concept, and physically not always as schemed
Shown in configure like that.That is, the distribution of equipment and integrated concrete mode are not limited to mode shown in the accompanying drawings,
And it can be depending on various loads and use condition and functionally or physically by all or part of of these equipment
It is distributed or is integrated in any unit.For example, the first display controller 40, detector 41 and the second display controller 42
Processor can be suitably integrated.In addition, the processing carried out by each processor can be suitably separated by multiple processing
The processing that device carries out.The whole or any part of processing function in each processor can by CPU and by CPU analyses and
The computer program of execution is realized, or can be realized by the hardware with hard wired logic.
The production schedule prepares support program
The processing described in the above-described embodiment can be by being held by computer system such as personal computer and work station
Cut-and-dried computer program go to realize.It is to execute the meter with function identical with the function of the above embodiment below
The example of the computer system of calculation machine program.Figure 14 is to show that execution of production plan prepares the figure of the computer of support program.
As shown in figure 14, computer 300 include central processing unit (CPU) 310, hard disk drive (HDD) 320 and with
Machine accesses memory (RAM) 340.These units 300 to 340 are connected via bus 400.
Progress has been previously stored in HDD 320 to control with above-mentioned first display controller 40, the display of detector 41 and second
The production schedule of the identical function of function of device 42 processed prepares support program 320a.The production schedule prepares support program 320a can be with
Suitably separated.
Various information are stored in HDD 320.For example, being stored with OS in HDD 320 and for estimating to end to be tracked
Hold the various data in mobile direction.
CPU 310 is read from HDD 320 and execution of production plan prepares support program 320a, is thus carried out and is implemented
The identical operation of operation of the processor of mode.It is carried out and the first display specifically, the production schedule prepares support program 320a
The identical operation of operation of controller 40, detector 41 and the second display controller 42.
It not always requires above-mentioned production schedule preparation support program 320a being previously stored in HDD320.
For example, program can be stored in " portable physical medium " such as floppy disk (FD), compact disc read write (CD-
ROM), digital versatile disc (DVD), magneto-optic disk (MO) and be inserted into computer 300 integrated circuit (IC) card in.Computer
300 can read from above-mentioned " portable physical medium " and execute program.
In addition, program can be stored in via public line, internet, LAN or wide area network (WAN) and be connected to meter
In " another computer (either server) " of calculation machine 300 and computer 300 can be from " another computer (or the service
Device) " in read and execute program.
One aspect of the present invention makes it possible to easily to the production schedule into edlin.
Claims (3)
1. a kind of production schedule prepares support method, including：
Display includes the Gantt chart of multiple tasks object in first window region and the second window area；And
Task object and will be selected is selected on the Gantt chart shown in the first window region when detecting
When task object is placed on the operation on the Gantt chart shown in second window area, by referring to switching task letter
It ceases to determine the task object before the selected task object for being moved to second window area and selected
Whether register between business object and in memory and sets between subsequent task object and the object of selected task
Fixed change, and when determining that registering the setting changes, by it is indicated by detected operation, in second window
At the position for placing selected task object on the Gantt chart shown in the domain of mouth region, the mobile selected task pair of display
Elephant as a result, and based on the switching mission bit stream come show setting change task object.
2. the production schedule according to claim 1 prepares support method, further include：
When setting the limitation to mobile destination for selected task object, in the first window region and described
In second window area with can area show mobile destination that selected task object allows to be moved to otherwise.
3. a kind of production schedule prepares holding equipment, including：
First display controller, first display controller are shown in first window region and the second window area including more
The Gantt chart of a task object；
Detector, the detector detect and select task object simultaneously on the Gantt chart shown in the first window region
And selected task object is placed on the operation on the Gantt chart shown in second window area；And
Second display controller, second display controller are being moved to described the by referring to switching mission bit stream to determine
Between task object and selected task object before the selected task object of two window areas and subsequent
Whether setting change is registered between task object and the object of selected task in memory, and when determination registers
When the setting change, in the position for detecting the placement operation by the detector, the mobile selected task of display
Object as a result, and based on the switching mission bit stream come show setting change task object.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014070539A JP6476574B2 (en) | 2014-03-28 | 2014-03-28 | Production plan preparation support program, production plan preparation support method and production plan preparation support device |
| JP2014-070539 | 2014-03-28 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104950834A CN104950834A (en) | 2015-09-30 |
| CN104950834B true CN104950834B (en) | 2018-10-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510088832.8A Active CN104950834B (en) | 2014-03-28 | 2015-02-26 | The production schedule prepares support method and the production schedule prepares holding equipment |
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| Country | Link |
|---|---|
| US (1) | US20150277693A1 (en) |
| JP (1) | JP6476574B2 (en) |
| CN (1) | CN104950834B (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105512099B (en) * | 2015-12-09 | 2020-04-28 | 金蝶软件（中国）有限公司 | Gantt chart generation method and apparatus |
| JP6409831B2 (en) * | 2016-08-08 | 2018-10-24 | 住友電気工業株式会社 | Management device and management program |
| US10459432B2 (en) * | 2017-10-27 | 2019-10-29 | General Electric Company | Slicing and merging production events |
| JP6493614B2 (en) * | 2018-09-26 | 2019-04-03 | 住友電気工業株式会社 | Management device and management program |
| JP7101099B2 (en) * | 2018-11-08 | 2022-07-14 | 株式会社日立製作所 | Area utilization planning system, area utilization planning method, and area utilization planning device |
| CN112363790B (en) * | 2020-11-11 | 2022-11-29 | 北京字跳网络技术有限公司 | Table view display method and device and electronic equipment |
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|---|---|---|---|---|
| CN101689258A (en) * | 2007-06-28 | 2010-03-31 | 微软公司 | Scheduling application allowing freeform data entry |
| CN101813936A (en) * | 2009-02-25 | 2010-08-25 | 西门子公司 | Be used to dispatch the method and system of manufacture process |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7082605B2 (en) * | 2000-03-31 | 2006-07-25 | Vidus Limited | Contingency planning in a scheduling process |
| JP3925857B2 (en) * | 2002-11-07 | 2007-06-06 | インターナショナル・ビジネス・マシーンズ・コーポレーション | Schedule creation method, program, and task schedule creation device |
| JP2008299762A (en) * | 2007-06-01 | 2008-12-11 | Kazuo Kobayashi | Production management program |
| JP5049309B2 (en) * | 2009-03-25 | 2012-10-17 | 株式会社 日立東日本ソリューションズ | Process planning apparatus and process planning method |
| US20120272171A1 (en) * | 2011-04-21 | 2012-10-25 | Panasonic Corporation | Apparatus, Method and Computer-Implemented Program for Editable Categorization |
| US8942839B2 (en) * | 2011-09-07 | 2015-01-27 | Sap Se | User interface including scheduling hint and material sufficiency indicator for production planning |
| US10241654B2 (en) * | 2013-12-20 | 2019-03-26 | Dassault Systemes Americas Corp. | Computer method and apparatus for automated scheduling |
-
2014
- 2014-03-28 JP JP2014070539A patent/JP6476574B2/en active Active
-
2015
- 2015-02-05 US US14/615,060 patent/US20150277693A1/en not_active Abandoned
- 2015-02-26 CN CN201510088832.8A patent/CN104950834B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101689258A (en) * | 2007-06-28 | 2010-03-31 | 微软公司 | Scheduling application allowing freeform data entry |
| CN101813936A (en) * | 2009-02-25 | 2010-08-25 | 西门子公司 | Be used to dispatch the method and system of manufacture process |
Also Published As
| Publication number | Publication date |
|---|---|
| US20150277693A1 (en) | 2015-10-01 |
| JP6476574B2 (en) | 2019-03-06 |
| CN104950834A (en) | 2015-09-30 |
| JP2015191631A (en) | 2015-11-02 |
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